Energy-efficient resource allocation in wireless networks with quality-of-service constraints

Keyphrases

• Wireless Networks 100%
• Quality of Service Guarantee 100%
• Energy-efficient Resource Allocation 100%
• Energy Efficiency 40%
• Delay Performance 20%
• Throughput Delay 20%
• Nash Equilibrium 20%
• Utility Function 20%
• Source Rate 20%
• Analytical Expression 20%
• Energy Conservation 20%
• Cross-layer 20%
• Closed-form Expression 20%
• Game Model 20%
• Transmission Rate 20%
• Multiple Access Network 20%
• Queuing Delay 20%
• Transmission Delay 20%
• Network Resources 20%
• Non-cooperation Game 20%
• Transmit Power 20%
• Network Capacity 20%
• Multi-user 20%
• Joint Power Control 20%
• User Quality-of-service 20%
• Average Delay 20%
• Network Energy 20%
• Capacity Efficiency 20%
• User Delay 20%
• Joint Rate Control 20%
• Delayed Networks 20%
• Nash Equilibrium Solution 20%
• Delay Profile 20%

Computer Science

• Wireless Networks 100%
• Quality of Service 100%
• Resource Allocation 100%
• Energy Efficient 100%
• Nash Equilibrium 40%
• Energy Efficiency 40%
• Service Requirement 40%
• Multiple Access 20%
• Utility Function 20%
• closed-form expression 20%
• Access Network 20%
• Network Resource 20%
• Network Capacity 20%
• Theoretic Model 20%

Engineering

• Energy Efficiency Measure 20%